





























Recent Purchase
lbo***
Color:Default;
$987.75
18 days ago
opm***
Color:Default;
$1097.50
12 days ago
zts***
Color:Default;
$768.25
22 days ago
seb***
Color:Default;
$878.00
34 days ago
yge***
Color:Default;
$1097.50
25 days ago
deu***
Color:Default;
$109.75
47 days ago
pqt***
Color:Default;
$878.00
29 days ago
lhz***
Color:Default;
$658.50
25 days ago
alm***
Color:Default;
$329.25
12 days ago
fds***
Color:Default;
$219.50
36 days ago
View All
Customer Reviews
Average Rating
4.0





4.0
2 global ratings
5 star
0%
4 star
100%
3 star
0%
2 star
0%
1 star
0%
All Reviews
Image
Recommend
Recent
1***m

Helpful (3)
Love My Jacket! All items fit true to size.
Mar.17.2025

Helpful (3)
Mar.17.2025
1***m

Helpful (2)
My favorite place to shop
Jan.17.2025

Helpful (2)
Jan.17.2025
- 1
COYI 810C Organic Intermediate Fatty Acids C8-10 C12-18-Alkyl Esters Water Repellent Cosmetic Ingredient Enhanced Performance
$73.8$109.75-32.76%
Color:
Default
Quantity:
Add to Cart
Wishlist
Features
Premium COYI 810C Organic Intermediate Fatty Acids Esters – High-Performance Water Repellent
Ultra-Pure Formulation
Crafted with precision, COYI 810C blends C8-10 and C12-18 alkyl esters for exceptional hydrophobicity. Organic intermediates ensure purity, free from harsh additives.
Cosmetic-Grade Versatility
Ideal for luxury skincare, sunscreens, and hair serums. Enhances texture, boosts spreadability, and locks moisture without greasy residue.
Industrial-Grade Durability
Perfect for waterproof coatings, leather treatments, and fabric protectors. Delivers long-lasting repellency even under extreme conditions.
Eco-Conscious Innovation
Sustainable, biodegradable esters meet global eco-standards. Safe for sensitive skin and environmentally compliant.
Bulk Wholesale Advantage
Direct factory pricing, guaranteed lowest rates. Customizable quantities for large-scale manufacturers. Elevate your product line with unmatched cost efficiency.
Performance You Can Trust
Lab-tested for stability and compatibility. Seamlessly integrates into emulsions, anhydrous systems, and silicone-based formulations.
See More